Learning Objectives:
Understand the fundamentals of thermal power plants and their primary components.
Gain insights into CFBC boilers, including their types, advantages, and comparison with PF boilers.
Learn about fluidization and its types in the context of CFBC boilers.
Acquire knowledge about the layout, components, working principles, and commissioning of CFBC boilers.
Develop an understanding of boiler control philosophy, protection mechanisms, and start-up sequences.
Master troubleshooting techniques and best practices for CFBC boilers.
Explore the performance of condensers in thermal power plants.
Knowledge Covered:
Fundamentals of thermal power plants
Primary components of thermal power plants
Working principles and advantages of CFBC boilers
Types of fluidization
Layout and components of CFBC boilers
Boiler control philosophy and protection mechanisms
Start-up sequences for CFBC boilers
Troubleshooting techniques for CFBC boilers
Performance analysis of condensers
Skills Covered:
Analytical skills in understanding thermal power plant operations
Problem-solving skills in troubleshooting CFBC boilers
Technical skills in commissioning and control of CFBC boilers
Operational skills in system line up and start-up sequences
Critical thinking in comparing CFBC with PF boilers
Attention to detail in understanding boiler protection and interlocks
Key Takeaways and Benefits:
Upon completion of this training course, participants will have gained comprehensive knowledge and skills in thermal power plant operations, specifically focusing on CFBC boilers. They will be equipped with the ability to analyze, troubleshoot, and optimize CFBC boiler performance. The course offers practical insights into boiler control philosophy, start-up sequences, and best practices, enabling participants to enhance operational efficiency and safety. Moreover, understanding the performance of condensers will further enrich participants' knowledge of thermal power plant systems, contributing to their professional growth and effectiveness in the power generation industry.